2015 SEAT Alhambra 2.0L Diesel · NL65 BEU

The 2015 SEAT ALHAMBRA presents a mechanical profile defined by recurring advisories rather than outright failures, with the most recent MOT on 2026-01-31 returning a pass despite persistent minor warnings. Two advisory items remain active: a nearside front lower suspension arm pin or bush showing wear though without excessive movement, and another nearside front lower suspension arm pin or bush also flagged as worn. This pattern of recurrent suspension-related warnings across three separate MOTs—spanning from early 2021 through late 2026—indicates that underlying structural fatigue in the subframe and lower control arm assemblies has not been fully resolved even when superficial adjustments were made. While the vehicle has not accumulated critical failures requiring immediate replacement, the persistence of these advisories suggests the chassis system continues to experience progressive degradation that could compromise ride quality and handling stability under heavier loads or aggressive driving conditions. The odometer reading of 73,227 miles on a 2015 model places the vehicle at approximately eleven years of service, yielding an average annual mileage of around 6,657 miles—a figure that aligns reasonably with expected usage patterns for this age bracket. However, the timing of the last two major intervals reveals a notable gap: the vehicle failed its MOT on 2023-02-07 due to a total engine malfunction and a fractured rear coil spring, yet remained untested until 2024-01-31 before passing again. The subsequent successful 2026-01-31 test occurred less than nine months after that 2024 pass, compressing the usual interval between assessments. When contrasted against the steady accumulation of miles, this compressed testing window raises questions about whether the vehicle received adequate attention between the 2023 failure and the 2026 re-test, particularly given the earlier history of suspension issues that may have been masked by infrequent inspections. The tire condition represents perhaps the most immediately visible concern, with exposed ply or cords documented on both the nearside front and rear tyres during the 2024 MOT. On the road, this manifests as potential blow-over risk when cornering or encountering uneven surfaces, especially at speed, as the compromised tread may offer minimal grip. Additionally, the 2023 failure involving a fractured rear coil spring would have significantly increased the likelihood of wheel hop and loss of traction during hard acceleration or braking, particularly under load. The engine MIL reported in February 2023 further compounds the concern, suggesting possible internal combustion system deterioration that could escalate to complete engine inoperability if left unfixed. These issues should be treated as active risks rather than historical footnotes, as they point to fundamental drivetrain and chassis weaknesses that have not been definitively resolved. For a prospective buyer, the test drive should place particular emphasis on the front and rear suspension linkages, listening for any knocking or clunking noises over bumps and feeling for abnormal pedal response or vibration at highway speeds. The presence of exposed tyre cords demands a visual inspection of tread depth and sidewall condition, along with confirmation that the tyres are properly inflated and seated correctly within their mountings. Given the history of a fractured rear coil spring, the driver should watch for wheel oscillation, pulling to one side during turns, or loss of power delivery when accelerating from stops. If the engine MIL persists upon startup, the vehicle will likely require significant restoration work before being considered roadworthy. While the current mileage level is not exceptional for the vehicle's age, the combination of unresolved suspension fatigue, compromised tyre integrity, and prior drivetrain damage creates a safety profile that warrants thorough verification before committing to purchase.